private bool ParseTag(IByteSource source)
{
if (_parseStage == ParseStage.Tag)
{
source.Mark();
if (!source.Require(4))
{
_result = DicomReaderResult.Suspended;
return(false);
}
var group = source.GetUInt16();
var element = source.GetUInt16();
DicomPrivateCreator creator = null;
// according to
// http://dicom.nema.org/medical/dicom/current/output/chtml/part05/sect_7.8.html
// The requirements of this section do not allow any use of elements in the ranges
// (gggg,0001-000F) and (gggg,0100-0FFF) where gggg is odd.
// So element at [0x0100-0x0FFF] should not has a creator
if (@group.IsOdd() && element >= 0x1000)
{
var card = (uint)(@group << 16) + (uint)(element >> 8);
lock (_locker)
{
if (_private.TryGetValue(card, out string pvt))
{
creator = _dictionary.GetPrivateCreator(pvt);
}
}
}
_tag = new DicomTag(@group, element, creator);
_entry = _dictionary[_tag];
if (!_tag.IsPrivate && _entry != null && _entry.MaskTag == null)
{
_tag = _entry.Tag; // Use dictionary tag
}
if (_stop != null &&
_stop(new ParseState {
Tag = _tag, SequenceDepth = _sequenceDepth
}))
{
_result = DicomReaderResult.Stopped;
return(false);
}
_parseStage = ParseStage.VR;
}
return(true);
}
private bool ParseTag(IByteSource source)
{
if (_parseStage == ParseStage.Tag)
{
source.Mark();
if (!source.Require(4))
{
_result = DicomReaderResult.Suspended;
return(false);
}
var group = source.GetUInt16();
var element = source.GetUInt16();
DicomPrivateCreator creator = null;
if (@group.IsOdd() && element > 0x00ff)
{
var card = (uint)(@group << 16) + (uint)(element >> 8);
lock (_locker)
{
if (_private.TryGetValue(card, out string pvt))
{
creator = _dictionary.GetPrivateCreator(pvt);
}
}
}
_tag = new DicomTag(@group, element, creator);
_entry = _dictionary[_tag];
if (!_tag.IsPrivate && _entry != null && _entry.MaskTag == null)
{
_tag = _entry.Tag; // Use dictionary tag
}
if (_stop != null &&
_stop(new ParseState {
Tag = _tag, SequenceDepth = _sequenceDepth
}))
{
_result = DicomReaderResult.Stopped;
return(false);
}
_parseStage = ParseStage.VR;
}
return(true);
}
public void AddPrivateTagAndReadOut()
{
var dict = new DicomDictionary
{
new DicomDictionaryEntry(new DicomTag(0x0011, 0x0010), "Private Creator", "PrivateCreator", DicomVM.VM_1, false, DicomVR.LO)
};
DicomPrivateCreator privateCreator = dict.GetPrivateCreator("TESTCREATOR");
DicomDictionary privDict = dict[privateCreator];
var dictEntry = new DicomDictionaryEntry(new DicomTag(0x0011, 0x1010), "TestPrivTagName", "TestPrivTagKeyword", DicomVM.VM_1, false, DicomVR.DT);
privDict.Add(dictEntry);
Assert.True(dictEntry.Equals(dict[dictEntry.Tag.PrivateCreator][dictEntry.Tag]));
}
public void EnumerateBothPublicAndPrivateEntries()
{
var dict = new DicomDictionary();
var tag1 = new DicomTag(0x0010, 0x0020);
var dictEntry1 = new DicomDictionaryEntry(tag1, "TestPublicTagName", "TestPublicTagKeyword", DicomVM.VM_1, false, DicomVR.DT);
var privCreatorDictEntry = new DicomDictionaryEntry(new DicomTag(0x0011, 0x0010), "Private Creator", "PrivateCreator", DicomVM.VM_1, false, DicomVR.LO);
dict.Add(privCreatorDictEntry);
DicomPrivateCreator privateCreator = dict.GetPrivateCreator("TESTCREATOR");
DicomDictionary privDict = dict[privateCreator];
var dictEntry2 = new DicomDictionaryEntry(DicomMaskedTag.Parse("0011", "xx10"), "TestPrivTagName", "TestPrivTagKeyword", DicomVM.VM_1, false, DicomVR.DT);
privDict.Add(dictEntry2);
dict.Add(dictEntry1);
Assert.True(dict.Contains(dictEntry1));
Assert.True(dict.Contains(privCreatorDictEntry));
Assert.True(dict[dictEntry2.Tag.PrivateCreator].Contains(dictEntry2));
Assert.True(dict.PrivateCreators.Any(pc => dict[pc].Contains(dictEntry2)));
}
